Description

sing a single-layer polyimide film as the base material, the metal heating layer is directly deposited on the surface by sputtering process, and then cut into a specific heating path by laser. The outer layer is covered with an ultra-thin polyimide coating for insulation. The integrated structure is only 0.08-0.15mm thick, with high bonding strength and strong weather resistance, and can be used for a long time in damp and dusty environments. ?

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Advantages

1.Ultra-thin and lightweight, with a thickness starting from 0.08mm, suitable for precision equipment and ultra-thin interlayers. ?

2.Resistant to bending fatigue, the resistance change rate is less than 5% after 100,000 ±90° bends, suitable for frequent deformation scenarios. ?

3.Instantaneous start-up, the response time from power-on to rated temperature is less than 2 seconds, suitable for rapid heating replenishment. ?

4.Low heat capacity, with the temperature dropping to 50% of the ambient temperature within 3 seconds after power failure, facilitating pulse temperature control. ?

5.High-frequency compatibility, with dielectric loss less than 0.002 under a 10MHz high-frequency electric field, does not interfere with RF equipment.

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Specification

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Application

• Flexible electronics: Heat dissipation layer of flexible display screens, low-temperature display retention of electronic paper readers.
• New energy equipment: Edge anti-snow heating of flexible solar panels, low-temperature start-up heating of hydrogen fuel cells.
• High-end textiles: Smart ski suits are heated in different zones, and aviation life jackets heat up when in contact with water.
• Precision Optics: Infrared lens anti-fog, laser resonant cavity stable power and temperature control.
• Rail transit: Anti-icing for pantograph sliding plates on high-speed railways, low-temperature elastic sealing strips for metro platform screen doors.